Locating and resetting mechanism of collodion mop

Abstract

The invention provides a locating and resetting mechanism of a collodion mop. The mechanism comprises a first assembly and a second assembly which are hinged through a hinging shaft, wherein the firstassembly comprises a concave hole as well as an elastic part and a clamping block which are arranged in sequence from inside to outside in the concave hole, the second assembly is a lug, the clampingblock always pushes against the lug under the effect of the elastic part and can move along the outer peripheral face of the lug, the outer peripheral face of the lug comprises a middle face in the middle and side faces positioned on the two sides of the middle face, the middle face comprises a connecting face and two limiting faces positioned on the two sides of the connecting face, and the limiting faces extend towards the first assembly and incline towards the side faces. For the locating and resetting mechanism of the collodion mop, a mop head can be located in the vertical state relativeto a mop rod, and meanwhile, the great locating force is available, so that a user is capable of dragging the collodion mop for doing cleaning with great force; and in addition, the mop head of the collodion mop can be folded relative to the mop rod, and thus the storage and washing are convenient.

Description

technical field [0001] The invention relates to a positioning and resetting mechanism, in particular to a positioning and resetting mechanism of a collodion mop. Background technique [0002] The cleaning mops used today are generally divided into three categories, round-head sliver mops, collodion mops and flat mops. The characteristics and advantages of each mop are different. The round head of the round head mop needs to be rotated flexibly during use. The flat mop, the mop head and the cloth on it need to be able to rotate left and right, but the entire cloth needs to be close to the ground and cannot be moved up and down. shaking. For the collodion mop, the collodion head needs to be kept perpendicular to the mop rod when in use, so the collodion mop cannot be arbitrarily forced to change the state between the mop rod and the mop rod. The above three kinds of mops must consider the problem of storage and water squeezing. When storing, the mop needs to be rotated relat...

AI Technical Summary

Problems solved by technology

[0005] But above-mentioned structure is all unsuitable for collodion mop, because in the above-mentioned structure, the positioning force between mop rod and mop head is less, and the state is easy to change, and collodion mop needs to use larger force when mopping the floor, if positioning resets The force is less, the collodion mop is not easy to use

Therefore, in general collodion mops, it is not easy to adopt a foldable structure between the mop head and the mop rod, but to use a relatively fixed or integrally formed structure to keep the mop head and the mop rod in a vertical state. The storage volume of such a collodion mop Larger and not easy to clean, the structure between the mop head and the mop rod mentioned above is used for the collodion mop, and it cannot be well positioned at the vertical position of the collodion mop head and the mop rod

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